46 phd-position-in-receiver-function-"https:" Postdoctoral positions at Cornell University
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, http://www.ilr.cornell.edu and CAROW at https://www.ilr.cornell.edu/carow . Requirements: Applicant must have a PhD in labor relations, sociology, management, economics, applied statistics or related
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or at Fermilab’s LHC Physics Center (LPC). Regular travel to CERN is expected. The anticipated hiring salary for this position is $65,000. Applications received before January 1, 2026 will be given full
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about the ILR School can be obtained at our web site, http://www.ilr.cornell.edu and CAROW at https://www.ilr.cornell.edu/carow . Requirements: Applicant must have a PhD in labor relations, sociology
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Postdoctoral Associate to begin July 1, 2026. The one-year term position is renewable for an additional year based on performance and is part of Cornell’s Active Learning Initiative . This initiative supports
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Ithaca, New York and may require some travel and onsite work at CERN. The anticipated hiring salary for this position is $65,000. All applications should be submitted via Academic Jobs Online at https
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, 2026. The one-year term position is renewable for an additional year based on performance and is part of Cornell’s Active Learning Initiative . This initiative supports departments in integrating active
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to present and publish scholarly work at local, national, and international venues. Postdoctoral Associates receive competitive salaries according to the Cornell University Postdoctoral Associate stipend
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generative AI models through Cornell’s AI gateway and high-performance computing resources via Empire AI. This position provides opportunities to collaborate with leading AI companies, such as Anthropic and
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to candidates whose PhD will be conferred by August 1, 2026. Application Procedures: The following application materials must be submitted via Academic Jobs Online (position #31797) by April 10: 1. Cover letter 2
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the ARPA-E TEOSYNTE and CERCA projects, this position is part of a national effort to improve nitrogen use efficiency on farms by modifying genetic pathways that control root-soil-microbe interactions